「rn a」の共起表現(1語左で並び替え)6ページ目

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「rn a」の共起表現一覧(1語左で並び替え)6ページ目

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ide the 2'O-ribose methylation of 28S ribosomal	RNA (rRNA) residue G4020.
de the 2'-O-ribose methylation of 28s ribosomal	RNA (rRNA) at residue A4531.
o acts as a methylation guide for 25S ribosomal	RNA in plants .
ide the 2'O-ribose methylation of 18S ribosomal	RNA (rRNA) reside A590.
18S ribosomal	RNA (abbreviated 18S rRNA) is a part of the ribosom
the 2'O-ribose methylation of the 28S ribosomal	RNA (rRNA) at residue A3697 .
the pseudouridylation of U4938 of 28S ribosomal	RNA (rRNA).
n reading frame though to code for 7s ribosomal	RNA in humans but not in mice or cows, where it has
In molecular biology the 5.8S ribosomal	RNA (5.8S rRNA) is a non-coding RNA component of th
The ribosomal	RNA and transfer RNA genes belong to the class of m
that ribosome modulation factor binds ribosomal	RNA, and many cis-regulatory RNAs called ribosomal
lthough it was initially designed for ribosomal	RNA data, it can be used for any nucleic and amino
s a 2'-O-ribose methylation guide for ribosomal	RNA.
o acts as a methylation guide for 18S ribosomal	RNA (rRNA) in plants .
involved in the 3' end processing of ribosomal	RNA and snoRNAs.
Genotypically, studies of 16s ribosomal	RNA suggested B. kururiensis belonged to the genus
ased on analysis of mitochondrial 12S ribosomal	RNA, 16S ribosomal RNA and cytochrome-c oxidase I (
cis-regulatory element is a structured G/C rich	RNA element which is involved in controlling cell c
The rmf	RNA motif is a conserved RNA structure that was ori
require at least argonaute and an RNA-dependent	RNA polymerase.
uired for translation of putative RNA-dependent	RNA polymerase.
The rne-II	RNA motif is a conserved RNA structure identified u
tem loop to be present at the 3' end of the roX	RNA transcripts.
These studies show that roX	RNA are essential for dosage compensation where tha
s also shown that in the presence of mutant roX	RNA the MSL complex was unable to localize on the X
served regions and it was also noticed that roX	RNA is only present in male flies.
This suggests that roX	RNA plays a role in directing MSL complex to the X
The RprA	RNA gene encodes a 106 nucleotide regulatory non-co
The RtT	RNA is a RNA element that is released from the tyrT
The RyeB	RNA is a non-coding RNA that was identified in a la
.. depicts the secondary structure for the RyhB	RNA.
RyhB	RNA is a 90 nucleotide non-coding RNA that down-reg
The SAM-Chlorobi	RNA motif is a conserved RNA structure that was ide
upstream or downstream sequence within the same	RNA strand.
The target of Sar	RNA in the ant mRNA.
Sar	RNA is an antisense non-coding RNA that is partly r
Structurally Sar	RNA forms two stem-loops.
The sbcD	RNA motif is a conserved RNA structure identified u
ated at The Scripps Research Institute, screens	RNA samples provided by investigators on a custom-d
are negative sense, single-stranded, segmented	RNA viruses.
virus which has the largest known non segmented	RNA genome; this is the mouse hepatitis virus (MHV)
protein hydropathy, transcriptional selection,	RNA stability, optimal growth temperature and hyper
virus, it has a single-stranded, positive sense	RNA genome which replicates via a DNA intermediate
flexiviridae are single-stranded positive sense	RNA plant viruses, belonging to the order Tymoviral
les, each containing a different positive sense	RNA.
to synthesise many copies of the negative sense	RNA genome.
flexiviridae are single-stranded positive sense	RNA plant viruses, belonging to the order Tymoviral
omatin, or to the interactions between separate	RNA units in the ribosome or spliceosome.
ransfer ribonucleate synthetase, seryl-transfer	RNA synthetase, seryl-transfer ribonucleic acid syn
n molecular biology miR-375 microRNA is a short	RNA molecule.
n molecular biology mir-320 microRNA is a short	RNA molecule.
is a bacterial primase which synthesizes short	RNA oligonucleotides during DNA replication.
n molecular biology mir-145 microRNA is a short	RNA molecule.
Primase catalyzes the synthesis of a short	RNA segment (called a primer) complementary to a ss
This pre-miR-21 is then cut in to a short	RNA duplex by Dicer in the cytosol.
cular biology MicroRNA-223 (miR-223) is a short	RNA molecule.
s or block the activity of a miRNA (using short	RNA that acts independently of the cell's RNAi mach
DNA helicase where it then synthesizes a short	RNA primer approximately 11 ±1 nucleotides long, to
f" certain Genes by introducing synthetic short	RNA into the cell.
The function of this short	RNA has been studied using a transcriptomic approac
vectors (viruses, plasmids) that encode a short	RNA molecule can also be used, short-RNA transfecti
n molecular biology mir-210 microRNA is a short	RNA molecule.
n molecular biology mir-200 microRNA is a short	RNA molecule.
In molecular biology mir-22 microRNA is a short	RNA molecule.
Such a short	RNA had been able to replicate very quickly in thes
n molecular biology mir-221 microRNA is a short	RNA molecule.
n molecular biology mir-451 microRNA is a short	RNA molecule.
essed from the larger transcript into a shorter	RNA that roughly corresponds to the conserved, ~610
Sib	RNA regulates the expression of a toxic protein in
strand to sib, so the antisense-binding of Sib	RNA with the ibs mRNA brings about dsRNA-mediated d
tion and strand-displacement by specific signal	RNA sequences such as HIV RNA and oncogene RNA.
heir degradation are still unclear, but similar	RNA species have also been detected in human cells.
Simple	RNA structures called stem-loops have been reported
Since	RNA has a secondary structure that is not necessari
The concept behind it was that since	RNA encoded information, and since living cells cou
50S is composed of proteins and single-strand	RNA called ribosomal RNA (rRNA).
ents of linear, positive-sense, single-stranded	RNA, 1470-10650 nucleotides in length.
ungal endonuclease that cleaves single-stranded	RNA after guanine residues, i.e., on their 3' end;
gle molecule of positive-sense, single-stranded	RNA of about 9000 nucleotides in length.
ded DNA from the viral genome's single-stranded	RNA.
of a short stretch of circular, single-stranded	RNA without the protein coat that is typical for vi
coating), and a 1063-nucleotide single-stranded	RNA genome which codes for the capsid and one other
gmented linear, positive-sense, single-stranded	RNA.
ridae have monopartite, linear, single-stranded	RNA genomes of positive polarity, 9.6- to 12.3-kilo
This nucleic acid is usually single-stranded	RNA (ssRNA) but may be double-stranded RNA (dsRNA).
Homogeneously labeled single-stranded	RNA can be generated with this system.
eates single-stranded DNA using single-stranded	RNA as a template.
This virus has positive-sense single-stranded	RNA genome.
rsor that is processed into 24 nucleotide sized	RNA fragments that target the 3'UTR of viral DNA po
The acquisition of a spliced leader from an SL	RNA is an intra-molecular reaction which precisely
SL2	RNA is a non-coding RNA involved in trans splicing
ierum tuberculosis contains at least nine small	RNA families in its genome.
FourU thermometers are relatively small	RNA molecules, only 57 nucleotides in length, and h
Micro-RNA group: micro-RNA's are small	RNA molecules with important roles in regulation of
The small	RNA (sRNA) families were identified through RNomics
This is a solution	RNA structure model of the HIV-1 dimerization initi
Some	RNA is processed by splicing to remove introns, lea
For some	RNA (non-coding RNA) the mature RNA is the final ge
viruses, rhabdoviruses, hepadnaviruses and some	RNA tumour viruses.
After a while, Spiegelman took some	RNA and moved it to another tube with fresh solutio
echnique that allowed the detection of specific	RNA and DNA molecules in cells.
Small Cajal body specific	RNA 25 (otherwise known as scaRNA25, HBI-100, MBI-1
Small Cajal body specific	RNA 15 (also known as SCARNA15 or ACA45) is a small
Small Cajal body specific	RNA 6 (also known as SCARNA6 or U88) is a small nuc
Small Cajal body specific	RNA 8 (also known as SCARNA8 or U92) is a small nuc
In molecular biology, Small Cajal body specific	RNA 21 (also known as scaRNA21 or ACA68) is a small
The RRM seems to recognize specific	RNA sequences, typically located within exons.
s exist and these convert cytosines in specific	RNA molecules, to uracil.
a base-paired complex with another spliceosomal	RNA U4atac via two stem loop regions.
U6atac minor spliceosomal	RNA is a non-coding RNA which is an essential compo
tac is the functional analog of U4 spliceosomal	RNA in the major U2-type spliceosomal complex.
U4atac minor spliceosomal	RNA is a ncRNA which is an essential component of t
a base-paired complex with another spliceosomal	RNA U6atac via two stem loop regions.
de the pseudouridylation of the U5 spliceosomal	RNA at position U43.
tac is the functional analog of U6 spliceosomal	RNA in the major U2-type spliceosomal complex.
Spliceosome	RNA helicase BAT1 is an enzyme that in humans is en
SRG1	RNA (SER3 regulatory gene 1) is a non-coding RNA wh
SRG1	RNA is unrelated to Senescence Related Gene 1 (SRG1
SYBR green can also stain	RNA with a lower performance than DNA.
bovine pancreatic RNase A, it cleaves standard	RNA substrates 105-106 times less efficiently than
In a last step,	RNA is recovered from the aqueous phase by precipit
ion by binding to the polymerase, thus stopping	RNA polymerase activity inside a cell.
The genome is a positive-sense single strand	RNA of 4450 nucleotides in length.
has been found to be required for minus strand	RNA accumulation and is essential for efficient vir
These positive strand	RNA genomes are translated as a single polypeptide
ication (OriR) for the initiation of (-) strand	RNA synthesis.
This family is required for negative strand	RNA synthesis in in the alfalfa mosaic virus and ma
required for the initiation of negative strand	RNA synthesis.
ated CpG repeats), ATP, toxins, double stranded	RNA, paramyxoviruses and uric acid crystals.
not bind single stranded DNA or double stranded	RNA.
of viruses which have (+) sense single stranded	RNA genomes.
d that the source of rasiRNA is double stranded	RNA produced by annealing of sense and antisense re
into 3 parts of positive sense, single stranded	RNA of about 8600 nucleotides in length.
cterized by a positive-stranded single stranded	RNA genome that is rod-shaped and non-enveloped in
TLR7 recognises single stranded	RNA in endosomes, which is a common feature of vira
It cleaves either single or double stranded	RNA depending on the enzyme.
n which consists of a negative, single stranded	RNA genome with a lipid envelope and 5 structural p
It also digests double strands	RNA (dsRNS)-Dicer family of RNAse, cutting pre-miRN
18S rRNA is the structural	RNA for the small component of eukaryotic cytoplasm
The structured	RNA element consists of four domains (denoted as II
The HIV primer binding site is a structured	RNA element in the genomes of retroviruses to which
As a result, the virus is often used to study	RNA interference as a mechanism of viral immunity i
Davidson's Ph.D. work entailed studying	RNA synthesis and gene expression in early developm
phages which encode their own (single subunit)	RNA polymerase, a common characteristic among its m
ment is similar to the previously reported sucA	RNA motif.
The sucA	RNA motif is a conserved RNA structure found in bac
The sucA-II	RNA motif is a conserved RNA structure identified b
The sucC	RNA motif is a conserved RNA structure discovered u
Such	RNA molecules interact with a downstream region to
Two such	RNA classes were identified and called the PhotoRC-
nclude transfer ribonucleate sulfurtransferase,	RNA sulfurtransferase, ribonucleate sulfurtransfera
SymR	RNA is a non-coding RNA which forms a type I toxin-
tive Northern blot experiments showed that SymR	RNA is present in cells at 10 times the concentrati
he SOS response represses transcription of SymR	RNA, allowing SymE toxin to degrade potentially dam
her experiments with other strands of synthetic	RNA (such as Poly-A) and prepare papers for publica
An antagomir is a small synthetic	RNA that is perfectly complementary to the specific
In biotechnology applications, T7	RNA polymerase is commonly used to transcribe DNA t
Structure and function in promoter escape by T7	RNA polymerase".
Stimulates T4 polynucleotide kinase and T7	RNA polymerase activity
TAF9	RNA polymerase II, TATA box binding protein (TBP)-a
tors offer the promise of individually tailored	RNA based drugs which respond to genes, small molec
CPEB most commonly activates the target	RNA for translation, but can also act as a represso
the snoRNP to recognise and bind to the target	RNA.
e (or two) individual modifications in a target	RNA.
sequences that are complementary to the target	RNA and basepair to the regions flanking the uridin
It has no identified target	RNA.
piRNA is part of TaveRNA	RNA software suite.
ructure of a pseudoknot from a human telomerase	RNA.
For example, the Telomerase	RNA component contains a pseudoknot that is critica
Small temporal	RNA (abbreviated stRNA) regulates gene expression d
n sequence positions resembling DNA rather than	RNA)
A molecules are also typically much longer than	RNA molecules.
ollection of isolated DNA fragments rather than	RNA, and the probe is RNA extracted from a tissue a
binding of proteins to genomic DNA rather than	RNA.
RNases of many different classes, showing that	RNA degradation is a very ancient and important pro
the first codon of the genetic code showed that	RNA controlled the production of specific types of
f its molecule and nonspecific affinity for the	RNA molecules on its other end, which allows it to
However, it is unknown if the	RNA is used by phages.
Upon ingestion, it binds to the	RNA polymerase II enzyme which completely prevents
n intron, and the snRNP subunits bring fold the	RNA so that the 5' and 3' ends of the intron are jo
The	RNA might have a cis-regulatory role, but the evide
DNA and can therefore hybridize anywhere on the	RNA (Reverse transcriptase requires this double-str
of RNase P and the enzymatic properties of the	RNA subunit of that enzyme.
The	RNA molecules (rRNA and tRNA) played an important r
Upon ingestion, it binds to the	RNA polymerase II enzyme, effectively causing cytol
ted into Xenopus oocytes to ultimately find the	RNA species that induced the expression of sodium-g
The	RNA is detected only in genome sequences derived fr
The	RNA structure has been determined by chemical probi
general transcription factors that make up the	RNA polymerase II preinitiation complex.
hoto-regulation of the translation of psbA, the	RNA encoding for the photoisystem II core protein D
er protein content than the bacterial ones, the	RNA cores from all three lineages are homologous --
The	RNA structure was predicted and confirmed by mutage
ot followed by a poly-Uracil sequence cause the	RNA polymerase to pause, but it will typically cont
ly(A) tail can also recruit RNases that cut the	RNA in two.
are cis-regulatory elements functioning at the	RNA level, since bacterial cis-regulatory RNAs typi
ing the course of his studies he discovered the	RNA sequence necessary for ribosome binding and the

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「rn a」の共起表現一覧(1語左で並び替え)6ページ目